NONIONIZING RADIATION DAMAGE IN THE EYE.

Russell L. McCally; Richard A. Farrell; C. Brent Bargeron; Henry A. Kues; Bernard F. Hochheimer

NONIONIZING RADIATION DAMAGE IN THE EYE.

Russell L. McCally, Richard A. Farrell, C. Brent Bargeron, Henry A. Kues, Bernard F. Hochheimer

Research output: Contribution to journal › Article › peer-review

Abstract

This article describes a multidisciplinary research program to elucidate damage mechanisms in corneas exposed to infrared and microwave radiation and in retinas exposed to visible light. The approach combines physical science techniques, such as theoretical modeling and fluorescence spectroscopy, with biological techniques such as histology and specular microscopy. A new thermal model is used to explain the infrared damage, unexpected alterations in the cornea are found with low-level microwave exposures, and retinal damage is found to alter various fluorescence properties of diagnostic dyes.

Original language	English (US)
Pages (from-to)	73-91
Number of pages	19
Journal	Johns Hopkins APL Technical Digest (Applied Physics Laboratory)
Volume	7
Issue number	1
State	Published - Jan 1 1986

ASJC Scopus subject areas

Engineering(all)
Physics and Astronomy(all)

Cite this

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title = "NONIONIZING RADIATION DAMAGE IN THE EYE.",

abstract = "This article describes a multidisciplinary research program to elucidate damage mechanisms in corneas exposed to infrared and microwave radiation and in retinas exposed to visible light. The approach combines physical science techniques, such as theoretical modeling and fluorescence spectroscopy, with biological techniques such as histology and specular microscopy. A new thermal model is used to explain the infrared damage, unexpected alterations in the cornea are found with low-level microwave exposures, and retinal damage is found to alter various fluorescence properties of diagnostic dyes.",

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AB - This article describes a multidisciplinary research program to elucidate damage mechanisms in corneas exposed to infrared and microwave radiation and in retinas exposed to visible light. The approach combines physical science techniques, such as theoretical modeling and fluorescence spectroscopy, with biological techniques such as histology and specular microscopy. A new thermal model is used to explain the infrared damage, unexpected alterations in the cornea are found with low-level microwave exposures, and retinal damage is found to alter various fluorescence properties of diagnostic dyes.

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NONIONIZING RADIATION DAMAGE IN THE EYE.

Abstract

ASJC Scopus subject areas

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